package com.xgg.taiwuinfo.gongfa.shixiang.neigong;

import com.xgg.taiwuinfo.gongfa.base.Gongfa;
import com.xgg.taiwuinfo.gongfa.base.Gongfa_Neigong;
import com.xgg.taiwuinfo.gongfa.readingeffect.NeigongReading.Reading_ADD_FAHUI_INHERIT;
import com.xgg.taiwuinfo.gongfa.readingeffect.NeigongReading.Reading_ADD_POWER_INHERIT;
import com.xgg.taiwuinfo.gongfa.readingeffect.NeigongReading.Reading_CHANGE_EFF_ELEMENT;
import com.xgg.taiwuinfo.gongfa.readingeffect.NeigongReading.Reading_CHANGE_EFF_ELEMENT_NEG;
import com.xgg.taiwuinfo.utils.Element;
import com.xgg.taiwuinfo.utils.Inherit;
import com.xgg.taiwuinfo.utils.Requirement;

public class FengKouGuQiFa extends Gongfa_Neigong {
    public FengKouGuQiFa()
    {
        super("封口固气法" , 9 , Element.ELEMENT_NONE , Inherit.INHERIT_SHIXIANG , new int[]{6,2,6,4,0});
        mGridOccupy = 1;
        PushYunGongObject(Gongfa.ABL_INDEX_HPO , 80);
        PushYunGongObject(Gongfa.ABL_INDEX_LidaoFahui , 8);
        PushYunGongObject(Gongfa.ABL_INDEX_NeigongFahui , -8);
        InitYunGongAbility();

        mGongfaRequired[Requirement.GF_NG] = 100;
        mAttrRequired[Requirement.ATTR_TZ] = 150;

        PosfullReading = new Reading_ADD_FAHUI_INHERIT();
        NegfullReading = new Reading_ADD_POWER_INHERIT();
    }
}
